A10 Networks A10-System-Administration Exam - Topic 1 Question 31 Discussion

Actual exam question for A10 Networks's A10-System-Administration exam

Question #: 31
Topic #: 1

[All A10-System-Administration Questions]

You are planning an Active-Active-Active VRRP-A three-device deployment that, upon failover of any device, distributes the load from a single device to both standby devices simultaneously. How many VRIDs are required?

BVRID Default is enough

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Suggested Answer: A

by Buddy at Jul 16, 2024, 06:28 PM

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Daniela

7 months ago

VRID Default should cover it, right?

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Quentin

8 months ago

I thought it was just 2 VRIDs, but I guess not!

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Cruz

8 months ago

Wait, are you sure it's not 5?

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Refugia

8 months ago

Totally agree, 3 is the way to go!

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Darell

8 months ago

You need 3 VRIDs for that setup.

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Kassandra

9 months ago

I’m leaning towards 5 VRIDs, but I can't recall the exact reasoning behind it. It’s a bit confusing!

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Stephaine

9 months ago

If we're distributing load to both standby devices, wouldn't that mean we need more VRIDs? I feel like it's more than 3.

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Ayesha

9 months ago

I remember practicing a similar question, and I think the default VRID might be enough for basic setups.

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Jeanice

9 months ago

I think we need at least one VRID for each device, so maybe 3? But I'm not entirely sure.

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Loren

9 months ago

Wait, I'm not sure about that. Doesn't the VRID default handle some of this? I'll need to double-check the VRRP-A requirements.

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Gail

9 months ago

Okay, I think I've got this. Since it's an active-active-active setup, we need a VRID for each active device, so that's 3 VRIDs.

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Audra

9 months ago

Hmm, I'm a bit confused on the active-active-active part. I'll need to review my VRRP-A notes to make sure I understand the failover behavior.

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Lorean

9 months ago

This seems like a tricky VRRP-A question. I'll need to think through the active-active-active setup and how the VRIDs would be distributed.

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Laurel

9 months ago

I'm pretty confident on this one. The key is that with active-active-active, each device needs its own VRID, so the answer is 3 VRIDs.

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Jerry

9 months ago

Okay, I've got this. Journal entries, which include debits and credits, are used to update the accounting records, including the equity account. The question is asking about the specific components used to increase or decrease equity.

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Ezekiel

9 months ago

I feel like I saw something about automation in our notes, but I'm not convinced that's the core of architecture transformation. Could it really be D?

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Denna

10 months ago

UPS is definitely the way to go here. It's designed to provide backup power during electrical instability.

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Nelida

1 year ago

Haha, this question is like a VRRP maze. I'm just going to roll the dice and pick F. 4 VRIDs, that's my final answer!

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France

1 year ago

User 3: I agree with the original comment, F) 4 VRIDs seems like the right choice.

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Marget

1 year ago

User 2: I'm going with A) 2 VRIDs.

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Peggie

1 year ago

User 1: I think the answer is actually C) 6 VRIDs.

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Shaniqua

1 year ago

Wait, what? Active-Active-Active? Is this some kind of VRRP Inception? I'm going with B. The default VRID should be enough, right?

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Corinne

1 year ago

Yeah, B makes sense. Let's keep it simple with the default VRID.

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Gearldine

1 year ago

I agree, let's go with B. It seems like the most logical option.

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Filiberto

1 year ago

I think B is the right choice. The default VRID should work.

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Kindra

1 year ago

Nah, 6 VRIDs is overkill. I'm going with D. 5 VRIDs should be enough to distribute the load correctly.

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Tiara

1 year ago

Yeah, D seems like the most reasonable choice for distributing the load.

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Shawana

1 year ago

I think 6 VRIDs would be too much, D is the way to go.

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Wynell

1 year ago

I agree, 5 VRIDs should be sufficient for the deployment.

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Gregoria

1 year ago

I'm not so sure about that. Wouldn't we need 6 VRIDs to cover all the possible failover scenarios? C seems like the right answer to me.

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Shonda

1 year ago

Hmm, I think the answer is E. 3 VRIDs would be required to handle the failover scenario as described.

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Latia

1 year ago

I'm not sure, but I think the answer might be F. 4 VRIDs could be necessary for this setup.

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Marya

1 year ago

I disagree, I think the answer is C. 6 VRIDs would be needed for this type of deployment.

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Mauricio

1 year ago

No, I believe the answer is A. 2 VRIDs are enough for the deployment.

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Myra

1 year ago

I think the answer is E. 3 VRIDs would be required to handle the failover scenario as described.

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Edelmira

1 year ago

That's a good point, but I still think having separate VRIDs for each device would ensure better load distribution in case of failover.

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Karl

1 year ago

I disagree, I believe the answer is A) 2 because we only need two VRIDs for the three-device deployment.

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Edelmira

1 year ago

I think the answer is C) 6 because we need a separate VRID for each device in the Active-Active-Active setup.

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